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| 5 | "author": null, | 5 | "author": null, | ||
| 6 | "author_email": null, | 6 | "author_email": null, | ||
| 7 | "citation": "Pathania, S. (2025). Data underlying the publication: | 7 | "citation": "Pathania, S. (2025). Data underlying the publication: | ||
| 8 | Structure-function relationship of oat flour fractions when blended | 8 | Structure-function relationship of oat flour fractions when blended | ||
| 9 | with wheat flour: instrumental and nutritional quality | 9 | with wheat flour: instrumental and nutritional quality | ||
| 10 | characterization of resulting breads [Dataset]. Teagasc - The Irish | 10 | characterization of resulting breads [Dataset]. Teagasc - The Irish | ||
| 11 | Agriculture and Food Development Authority. | 11 | Agriculture and Food Development Authority. | ||
| 12 | https://doi.org/10.82253/NH0A-8X62", | 12 | https://doi.org/10.82253/NH0A-8X62", | ||
| 13 | "commercial_data": "false", | 13 | "commercial_data": "false", | ||
| 14 | "conforms_to": "", | 14 | "conforms_to": "", | ||
| 15 | "contact_email": "shivani.pathania@teagasc.ie", | 15 | "contact_email": "shivani.pathania@teagasc.ie", | ||
| 16 | "contact_name": "Dr Shivani Pathania", | 16 | "contact_name": "Dr Shivani Pathania", | ||
| 17 | "creator_user_id": "68d970d0-ff26-4dfe-ab51-46dde87e3f23", | 17 | "creator_user_id": "68d970d0-ff26-4dfe-ab51-46dde87e3f23", | ||
| 18 | "data_creator": [ | 18 | "data_creator": [ | ||
| 19 | "Rashed, M.S" | 19 | "Rashed, M.S" | ||
| 20 | ], | 20 | ], | ||
| 21 | "description_english": "The aim of this study was to investigate the | 21 | "description_english": "The aim of this study was to investigate the | ||
| 22 | combinations of oat and wheat flour breads and to compare the | 22 | combinations of oat and wheat flour breads and to compare the | ||
| 23 | \r\nstructural-functional properties (particle sizes and substitution | 23 | \r\nstructural-functional properties (particle sizes and substitution | ||
| 24 | levels) of the oat flour fractions and their \r\nflour blends with the | 24 | levels) of the oat flour fractions and their \r\nflour blends with the | ||
| 25 | instrumental dough rheology, baking, and nutritional characteristics | 25 | instrumental dough rheology, baking, and nutritional characteristics | ||
| 26 | of the resulting bread produced.\r\n Furthermore, multi-criteria | 26 | of the resulting bread produced.\r\n Furthermore, multi-criteria | ||
| 27 | decision analysis was used to identify the best bread formulation with | 27 | decision analysis was used to identify the best bread formulation with | ||
| 28 | enhanced nutritional \r\nand textural properties.\r\n", | 28 | enhanced nutritional \r\nand textural properties.\r\n", | ||
| 29 | "description_translated": "", | 29 | "description_translated": "", | ||
| 30 | "doi": "doi.org/10.82253/NH0A-8X62", | 30 | "doi": "doi.org/10.82253/NH0A-8X62", | ||
| 31 | "equipment_used": "Mixolab\u00ae \u2013 Used to evaluate dough | 31 | "equipment_used": "Mixolab\u00ae \u2013 Used to evaluate dough | ||
| 32 | rheological properties such as water absorption and consistency | 32 | rheological properties such as water absorption and consistency | ||
| 33 | throughout mixing and heating phases.\r\n\r\nRapid Visco Analyzer | 33 | throughout mixing and heating phases.\r\n\r\nRapid Visco Analyzer | ||
| 34 | (RVA) \u2013 Applied to determine pasting characteristics like peak | 34 | (RVA) \u2013 Applied to determine pasting characteristics like peak | ||
| 35 | viscosity of paste suspensions.", | 35 | viscosity of paste suspensions.", | ||
| 36 | "funding_acknowledgment": "", | 36 | "funding_acknowledgment": "", | ||
| 37 | "geographic_coverage": "", | 37 | "geographic_coverage": "", | ||
| 38 | "groups": [], | 38 | "groups": [], | ||
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| 41 | "if_not_open_why": "", | 41 | "if_not_open_why": "", | ||
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| 43 | "language": "en", | 43 | "language": "en", | ||
| 44 | "license_id": "cc-by-nc", | 44 | "license_id": "cc-by-nc", | ||
| 45 | "license_title": "CC-BY-NC", | 45 | "license_title": "CC-BY-NC", | ||
| 46 | "maintainer": null, | 46 | "maintainer": null, | ||
| 47 | "maintainer_email": null, | 47 | "maintainer_email": null, | ||
| 48 | "metadata_created": "2025-09-24T11:58:49.605051", | 48 | "metadata_created": "2025-09-24T11:58:49.605051", | ||
| n | 49 | "metadata_modified": "2025-10-08T14:30:43.650803", | n | 49 | "metadata_modified": "2025-10-08T14:42:05.026139", |
| 50 | "name": | 50 | "name": | ||
| 51 | on-relationship-of-oat-flour-fractions-when-blended-with-wheat-flour", | 51 | on-relationship-of-oat-flour-fractions-when-blended-with-wheat-flour", | ||
| 52 | "notes_translated": { | 52 | "notes_translated": { | ||
| 53 | "en": "The aim of this study was to investigate the combinations | 53 | "en": "The aim of this study was to investigate the combinations | ||
| 54 | of oat and wheat flour breads and to compare the | 54 | of oat and wheat flour breads and to compare the | ||
| 55 | \r\nstructural-functional properties (particle sizes and substitution | 55 | \r\nstructural-functional properties (particle sizes and substitution | ||
| 56 | levels) of the oat flour fractions and their \r\nflour blends with the | 56 | levels) of the oat flour fractions and their \r\nflour blends with the | ||
| 57 | instrumental dough rheology, baking, and nutritional characteristics | 57 | instrumental dough rheology, baking, and nutritional characteristics | ||
| 58 | of the resulting bread produced.\r\n Furthermore, multi-criteria | 58 | of the resulting bread produced.\r\n Furthermore, multi-criteria | ||
| 59 | decision analysis was used to identify the best bread formulation with | 59 | decision analysis was used to identify the best bread formulation with | ||
| 60 | enhanced nutritional \r\nand textural properties.\r\n", | 60 | enhanced nutritional \r\nand textural properties.\r\n", | ||
| 61 | "ga": "" | 61 | "ga": "" | ||
| 62 | }, | 62 | }, | ||
| 63 | "num_resources": 3, | 63 | "num_resources": 3, | ||
| 64 | "num_tags": 4, | 64 | "num_tags": 4, | ||
| 65 | "open_data": "Open data", | 65 | "open_data": "Open data", | ||
| 66 | "orcid_id": "https://orcid.org/0000-0003-2171-913X", | 66 | "orcid_id": "https://orcid.org/0000-0003-2171-913X", | ||
| 67 | "organization": { | 67 | "organization": { | ||
| 68 | "approval_status": "approved", | 68 | "approval_status": "approved", | ||
| 69 | "created": "2025-09-24T11:58:48.764929", | 69 | "created": "2025-09-24T11:58:48.764929", | ||
| 70 | "description": "", | 70 | "description": "", | ||
| 71 | "id": "79360763-4023-45f8-91c9-957f3e15b37b", | 71 | "id": "79360763-4023-45f8-91c9-957f3e15b37b", | ||
| 72 | "image_url": "", | 72 | "image_url": "", | ||
| 73 | "is_organization": true, | 73 | "is_organization": true, | ||
| 74 | "name": "food-industry-development", | 74 | "name": "food-industry-development", | ||
| 75 | "state": "active", | 75 | "state": "active", | ||
| 76 | "title": "Food Industry Development", | 76 | "title": "Food Industry Development", | ||
| 77 | "type": "organization" | 77 | "type": "organization" | ||
| 78 | }, | 78 | }, | ||
| 79 | "owner_org": "79360763-4023-45f8-91c9-957f3e15b37b", | 79 | "owner_org": "79360763-4023-45f8-91c9-957f3e15b37b", | ||
| 80 | "personal_data_flag": "false", | 80 | "personal_data_flag": "false", | ||
| 81 | "personal_sensitive_data": "false", | 81 | "personal_sensitive_data": "false", | ||
| 82 | "private": false, | 82 | "private": false, | ||
| 83 | "provenance": "+ Particle size distribution Static light scattering | 83 | "provenance": "+ Particle size distribution Static light scattering | ||
| 84 | was used to determine the particle size distribution using a | 84 | was used to determine the particle size distribution using a | ||
| 85 | Mastersizer 3000 (Aero S Unit, Malvern Instruments Ltd., | 85 | Mastersizer 3000 (Aero S Unit, Malvern Instruments Ltd., | ||
| 86 | Worcestershire, UK). The particle size of the dry dispersion was | 86 | Worcestershire, UK). The particle size of the dry dispersion was | ||
| 87 | estimated using the Mie Theory with a refractive index of 1.52, an | 87 | estimated using the Mie Theory with a refractive index of 1.52, an | ||
| 88 | absorption of 0.01, and the general-purpose mode. The average of ten | 88 | absorption of 0.01, and the general-purpose mode. The average of ten | ||
| 89 | spectra was determined for each measurement. For the measurement, an | 89 | spectra was determined for each measurement. For the measurement, an | ||
| 90 | obscuration range of 1-20% was used. All measurements were taken | 90 | obscuration range of 1-20% was used. All measurements were taken | ||
| 91 | three times. The width of the distribution is measured by span. The | 91 | three times. The width of the distribution is measured by span. The | ||
| 92 | smaller the span, the narrower the distribution; Dv[4,3], the | 92 | smaller the span, the narrower the distribution; Dv[4,3], the | ||
| 93 | volume-weighted mean or mass moment mean diameter; and Dv10, the | 93 | volume-weighted mean or mass moment mean diameter; and Dv10, the | ||
| 94 | particle size below which 10% of the sample lies, were used to | 94 | particle size below which 10% of the sample lies, were used to | ||
| 95 | characterize the flour combinations created. + Proximate composition | 95 | characterize the flour combinations created. + Proximate composition | ||
| 96 | The moisture content of different oat fractions was determined | 96 | The moisture content of different oat fractions was determined | ||
| 97 | according to the AACC 14\u201315A method (2001). Ash content was | 97 | according to the AACC 14\u201315A method (2001). Ash content was | ||
| 98 | determined according to the AACC 08-01.01 method (1981). Total | 98 | determined according to the AACC 08-01.01 method (1981). Total | ||
| 99 | nitrogen was determined by using a nitrogen analyzer (FP-328 Leco | 99 | nitrogen was determined by using a nitrogen analyzer (FP-328 Leco | ||
| 100 | Instrument, Leco Corporation, USA) following the Dumas principle. A | 100 | Instrument, Leco Corporation, USA) following the Dumas principle. A | ||
| 101 | 5.83 conversion factor was used for calculating the total protein | 101 | 5.83 conversion factor was used for calculating the total protein | ||
| 102 | content. Fat content was determined according to the AOAC acid | 102 | content. Fat content was determined according to the AOAC acid | ||
| 103 | hydrolysis method, 922.06 (2005). Total carbohydrate was calculated by | 103 | hydrolysis method, 922.06 (2005). Total carbohydrate was calculated by | ||
| 104 | difference. + Dough mixing properties The American Association of | 104 | difference. + Dough mixing properties The American Association of | ||
| 105 | Cereal Chemists (AACC) 14-15A Method (2001) was used to determine the | 105 | Cereal Chemists (AACC) 14-15A Method (2001) was used to determine the | ||
| 106 | moisture content of the flours. Rheological properties of dough | 106 | moisture content of the flours. Rheological properties of dough | ||
| 107 | comprised of wheat flour (control) and the wheat-oat blends subjected | 107 | comprised of wheat flour (control) and the wheat-oat blends subjected | ||
| 108 | to the dual stress of mixing and temperature changes were determined | 108 | to the dual stress of mixing and temperature changes were determined | ||
| 109 | using a Mixolab (Chopin Technologies, Paris, France). The Chopin+ | 109 | using a Mixolab (Chopin Technologies, Paris, France). The Chopin+ | ||
| 110 | protocol was set up in accordance with the manufacturer's instructions | 110 | protocol was set up in accordance with the manufacturer's instructions | ||
| 111 | (ICC 173, ICC Standard 2008). Each analysis was performed in | 111 | (ICC 173, ICC Standard 2008). Each analysis was performed in | ||
| 112 | triplicate, and mean values were calculated. + Pasting | 112 | triplicate, and mean values were calculated. + Pasting | ||
| 113 | characteristics of flour mixes The pasting qualities of the wheat | 113 | characteristics of flour mixes The pasting qualities of the wheat | ||
| 114 | flour, oat flour, and flour blends were determined using a Rapid Visco | 114 | flour, oat flour, and flour blends were determined using a Rapid Visco | ||
| 115 | Analyzer (RVA), manufactured by Newport Scientific Pty. Ltd., Warri | 115 | Analyzer (RVA), manufactured by Newport Scientific Pty. Ltd., Warri | ||
| 116 | wood, Australia. The water and sample weights were corrected to match | 116 | wood, Australia. The water and sample weights were corrected to match | ||
| 117 | the moisture contents of the samples using the Rapid Visco Analyzer | 117 | the moisture contents of the samples using the Rapid Visco Analyzer | ||
| 118 | universal pasting method (3g sample, 25 ml of water) and moisture | 118 | universal pasting method (3g sample, 25 ml of water) and moisture | ||
| 119 | correction formulae. After swirling the suspension for 30 seconds, | 119 | correction formulae. After swirling the suspension for 30 seconds, | ||
| 120 | the samples were placed in the equipment's tower. The pasting | 120 | the samples were placed in the equipment's tower. The pasting | ||
| 121 | qualities were determined using conventional Newport Scientific | 121 | qualities were determined using conventional Newport Scientific | ||
| 122 | procedures, which included a heating cycle at 50 \u00b0C for 1 minute, | 122 | procedures, which included a heating cycle at 50 \u00b0C for 1 minute, | ||
| 123 | then heating to 95 \u00b0C in 5 minutes, maintaining at 95 \u00b0C | 123 | then heating to 95 \u00b0C in 5 minutes, maintaining at 95 \u00b0C | ||
| 124 | for 2.5 minutes, and lastly cooling to 50 \u00b0C in 5 minutes. The | 124 | for 2.5 minutes, and lastly cooling to 50 \u00b0C in 5 minutes. The | ||
| 125 | peak viscosity, average viscosity, final viscosity, breakdown, and | 125 | peak viscosity, average viscosity, final viscosity, breakdown, and | ||
| 126 | setback values were determined from the pasting curve using the | 126 | setback values were determined from the pasting curve using the | ||
| 127 | TCW3.11.298 program. The analysis was performed in triplicate. + | 127 | TCW3.11.298 program. The analysis was performed in triplicate. + | ||
| 128 | Loaf dimensions and colour Three loaves from each bake were chosen at | 128 | Loaf dimensions and colour Three loaves from each bake were chosen at | ||
| 129 | random to compute volume, specific volume, and density using the | 129 | random to compute volume, specific volume, and density using the | ||
| 130 | Volscan Profiler Ceramscan (CRS300C, Stable Micro Systems, Surrey, | 130 | Volscan Profiler Ceramscan (CRS300C, Stable Micro Systems, Surrey, | ||
| 131 | UK). The color of the loaf crust and crumb was measured with a Chroma | 131 | UK). The color of the loaf crust and crumb was measured with a Chroma | ||
| 132 | meter CR-410 (Konica Minolta, UK) and represented using the L*, a*, | 132 | meter CR-410 (Konica Minolta, UK) and represented using the L*, a*, | ||
| 133 | and b* color scales. For each bake, three readings were taken from | 133 | and b* color scales. For each bake, three readings were taken from | ||
| 134 | the surface and four readings from the center slices. + Crumb | 134 | the surface and four readings from the center slices. + Crumb | ||
| 135 | characteristics For the crumb image analysis, three loaves were sliced | 135 | characteristics For the crumb image analysis, three loaves were sliced | ||
| 136 | vertically through the center, with a slice (1 cm thick) cut from | 136 | vertically through the center, with a slice (1 cm thick) cut from | ||
| 137 | each half (6 bread slices). The C-Cell Bread Imaging System (Calibre | 137 | each half (6 bread slices). The C-Cell Bread Imaging System (Calibre | ||
| 138 | Instruments Ltd., Warrington, UK) was used to quantify image analysis | 138 | Instruments Ltd., Warrington, UK) was used to quantify image analysis | ||
| 139 | metrics such as average area of alveoli (gas bubbles), alveoli | 139 | metrics such as average area of alveoli (gas bubbles), alveoli | ||
| 140 | uniformity, circularity, and number of alveoli. Images were stored in | 140 | uniformity, circularity, and number of alveoli. Images were stored in | ||
| 141 | TIFF format for further analysis. A total of 6 images were generated | 141 | TIFF format for further analysis. A total of 6 images were generated | ||
| 142 | for each formulation (3 breads, 2 slices of each bread). Crumb texture | 142 | for each formulation (3 breads, 2 slices of each bread). Crumb texture | ||
| 143 | was evaluated using a texture analyzer (TA-XT2i, Stable Microsystems, | 143 | was evaluated using a texture analyzer (TA-XT2i, Stable Microsystems, | ||
| 144 | Surrey, UK) outfitted with a 25 kg load cell and a 20 mm cylindrical | 144 | Surrey, UK) outfitted with a 25 kg load cell and a 20 mm cylindrical | ||
| 145 | probe. The test requirements were as follows: pre-test speed of 2 | 145 | probe. The test requirements were as follows: pre-test speed of 2 | ||
| 146 | mm/s, test speed of 1 mm/s, post-test speed of 5 mm/s, sample | 146 | mm/s, test speed of 1 mm/s, post-test speed of 5 mm/s, sample | ||
| 147 | compression set to 40%, and double compression (with a 30 s delay | 147 | compression set to 40%, and double compression (with a 30 s delay | ||
| 148 | between cycles). The experiment used 6 centered 1 cm slices (2 | 148 | between cycles). The experiment used 6 centered 1 cm slices (2 | ||
| 149 | duplicates for each loaf). After 24 hours of baking, the test was | 149 | duplicates for each loaf). After 24 hours of baking, the test was | ||
| 150 | carried out. + \u03b2-glucan analysis The samples, which included | 150 | carried out. + \u03b2-glucan analysis The samples, which included | ||
| 151 | flour blends (db.) and loaves with varying levels of oat flour | 151 | flour blends (db.) and loaves with varying levels of oat flour | ||
| 152 | substitution, were powdered to pass a 500 \u00b5m screen using a | 152 | substitution, were powdered to pass a 500 \u00b5m screen using a | ||
| 153 | Fritsch pulverisette 14w (Fritsch GmbH Idar Oberstein, Germany). The | 153 | Fritsch pulverisette 14w (Fritsch GmbH Idar Oberstein, Germany). The | ||
| 154 | total \u03b2-glucan was determined using an assay kit received from | 154 | total \u03b2-glucan was determined using an assay kit received from | ||
| 155 | Megazyme International Ltd. (Bray, Ireland) that adheres to AOAC | 155 | Megazyme International Ltd. (Bray, Ireland) that adheres to AOAC | ||
| 156 | method 995.16. + Determination of glucose/ fructose The AOAC 999.03 | 156 | method 995.16. + Determination of glucose/ fructose The AOAC 999.03 | ||
| 157 | method was used to analyse fructose using selective enzymatic | 157 | method was used to analyse fructose using selective enzymatic | ||
| 158 | hydrolysis and spectrophotometry. The steps taken in this experiment | 158 | hydrolysis and spectrophotometry. The steps taken in this experiment | ||
| 159 | were the same as those previously carried out by (Krivorotova & | 159 | were the same as those previously carried out by (Krivorotova & | ||
| 160 | Sereikaite, 2014). Carbohydrates are extracted, followed by selective | 160 | Sereikaite, 2014). Carbohydrates are extracted, followed by selective | ||
| 161 | digestion of sucrose, maltose, and maltodextrin (sucrase/maltase) and | 161 | digestion of sucrose, maltose, and maltodextrin (sucrase/maltase) and | ||
| 162 | fructans (fructanase). The resultant fructose and glucose products are | 162 | fructans (fructanase). The resultant fructose and glucose products are | ||
| 163 | spectrophotometrically evaluated by a colorimetric reaction system | 163 | spectrophotometrically evaluated by a colorimetric reaction system | ||
| 164 | (hexokinase/phosphoglucose isomerase/glucose 6-phosphate | 164 | (hexokinase/phosphoglucose isomerase/glucose 6-phosphate | ||
| 165 | dehydrogenase). The technique was carried out using a commercially | 165 | dehydrogenase). The technique was carried out using a commercially | ||
| 166 | available kit as directed by the manufacturer (Megazyme Fructose HK | 166 | available kit as directed by the manufacturer (Megazyme Fructose HK | ||
| 167 | Assay Kit; Megazyme International Ireland Ltd., Wicklow, Ireland). + | 167 | Assay Kit; Megazyme International Ireland Ltd., Wicklow, Ireland). + | ||
| 168 | Processing and analysis scripts All processing of data calculations | 168 | Processing and analysis scripts All processing of data calculations | ||
| 169 | and analysis of data was performed in XLSATAT. All scripts are | 169 | and analysis of data was performed in XLSATAT. All scripts are | ||
| 170 | elaborately commented, describing each different step taken and the | 170 | elaborately commented, describing each different step taken and the | ||
| 171 | reason for the step. + Figures and tables All figures and tables were | 171 | reason for the step. + Figures and tables All figures and tables were | ||
| 172 | created through Excel and XLSTAT. Refer to the XLSTAT for detailed | 172 | created through Excel and XLSTAT. Refer to the XLSTAT for detailed | ||
| 173 | information within the script. This section should include all | 173 | information within the script. This section should include all | ||
| 174 | information on how the data was collected or generated, thus making it | 174 | information on how the data was collected or generated, thus making it | ||
| 175 | possible for a future user to determine if the dataset can be used for | 175 | possible for a future user to determine if the dataset can be used for | ||
| 176 | his/her purpose. ", | 176 | his/her purpose. ", | ||
| 177 | "publish_to_public": true, | 177 | "publish_to_public": true, | ||
| 178 | "related_resource": [ | 178 | "related_resource": [ | ||
| 179 | "Rashed, M.S., Poji\u0107, M., McDonagh, C., Gallagher, E., Frias, | 179 | "Rashed, M.S., Poji\u0107, M., McDonagh, C., Gallagher, E., Frias, | ||
| 180 | J.M., & Pathania, S. (2024) \u2018Structure-function relationship of | 180 | J.M., & Pathania, S. (2024) \u2018Structure-function relationship of | ||
| 181 | oat flour fractions when blended with wheat flour: Instrumental and | 181 | oat flour fractions when blended with wheat flour: Instrumental and | ||
| 182 | nutritional quality characterization of resulting breads\u2019, | 182 | nutritional quality characterization of resulting breads\u2019, | ||
| 183 | Journal of Food Science, 89(6), pp. 3347\u20133368. doi: | 183 | Journal of Food Science, 89(6), pp. 3347\u20133368. doi: | ||
| 184 | 10.1111/1750-3841.17089." | 184 | 10.1111/1750-3841.17089." | ||
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